Hydrogen – Nitrogen – Oxygen Combined Determinator

15-small                            18-small

Our HON combined Determinator, Model – TWIN can be used for testing of raw materials, on-line samples, semi finished products for gas levels.  Samples should be in the form of pins, buttons, granules, turnings and powders. It is a multi purpose system for determination of H, O, N and can be used for determination of trapped gases in Ti -alloys, Ni-base alloys, Zr-base alloys, super alloys, Ceramics, super conductors, rare earths, UO2 / TRO2.

Innovative & Advanced Features

[1]  Compact and Modular design for ease in Operation & Maintenance.
[2]  Choice of Operation of the Determinator.
 

 i. It has have a large ¼” VGA Touch Screen for the complete control of the system. There are no keypads or other controls visible on the front panel as the complete operation are through the touch screen panel except current setting for outgas and analyze mode. The complete system is under Modbus RTU protocol for connectivity through other SCADA & supervisory systems.

ii. By Software through PC

[3]  All the timers are user settable (Via Supervisory password) thereby making the instrument ideal for routine analysis as well as R & D application. The timers for all the modes are to be set using the touch screen as well as through the Determinator control software optionally..
[4]  On line display of the current mode in progress as well as the time left for mode completion are to be displayed on the touch screen.
[5]  On line fault diagnosis and stepwise guidance for any fault condition on the Touch Screen console.
[6]  On line Manual, On line Method Development and On line Fault Diagnosis software in case the Determinator control software is provided
[7]  Auto diagnostics with stepwise guidance for trouble shooting on the touch screen of the operator panel is provided on the system. Calibration & system check using 100% Pure Hydrogen gas using Dose Cavity of known concentration in the System Test Mode.
[8]  Quick connect connectors with long life ‘O’ Rings provide ease in changing chemicals while preventing leakage.
[9]  Large Range of Sample size by using different crucibles by changing the lower electrode inserts.
[10]  Removable lower and upper insert for the electrodes.
[11]  Modular and extra efficient carrier Gas Inlet purification system.
[12]  On line fault diagnosis and stepwise guidance for any fault condition on the operator panel console.
[13]  Three stage flow control system with all controls on the front panel.

THE SPECIFICATIONS OF HYDROGEN DETERMINATOR: 

[1] Range  :     0.5 – 50 ppm low at 5 gram level for UO2 / MOX  sample
[2] Hydrogen  :    1 – 3000 ppm high at 1 gram level for metals & alloys
[3]  Precision  : < 1% RSD of the reading with dosing gas (high pure hydrogen)
[4]  Accuracy  : ± 1% with dosing gas
     : ± 2 sigma as reported on standard in the range of 0.1 to 10 ppm of Hydrogen & within 1                         sigma above 10 ppm at 1 gm sample size
[5] Sensitivity   :  0.1 ppm of Hydrogen
[6]  Analysis ime            : 5 minutes (Complete analysis Including Out gas) 
[7]  Detection Method  :  High sensitive TCD based on latest solid state devices
[8]  Sample Weight   : Range   : 0.01 to 20 gms
[9] Calibration    : Dual Mode – By (i) Dosing Cavity in the system and

THE SPECIFICATIONS OF NITROGEN DETERMINATOR: 

[1] Range : 1.0 – 5000 ppm low at 1 gram
[2] Nitrogen  : 1000 – 10,000 ppm high at 0.1 gram
[3] Precision  : < 1% RSD of the reading with dosing gas (high pure (hydrogen)
[4] Accuracy  : ± 1% with dosing gas
± 2 sigma as reported on standard
[5] Sensitivity  : 0.1 ppm of Nitrogen
[6] Analysis Time : 5 minutes
(Complete analysis Including Out gas)
[7] Detection Method : High sensitive TCD based on latest solid state devices
[8] Sample Weight : Range   : 0.01 to 20 gms
[9] Calibration : Dual Mode – By (i) Dosing Cavity in the system and

THE SPECIFICATIONS OF OXYGEN DETERMINATOR:  

[1] Range(LOW):  :     1.0 – 120 ppm low at 1 gram level
     :     10 -400 ppm at 0.5 grams
     :     100 – 3000 ppm high at 0.1 gram level
  Range(HIGH):  :     100 – 1000 ppm low at 1 gram level
     :     500 – 10,000 ppm at 0.5 grams
     :     1000 – 50,000 ppm high at 0.1 gram level
[2] Precision  :    < 0.5% RSD of the reading with dosing gas (high pure(CO2))
[3]  Accuracy  : < ± 1% with dosing gas
     : <± 2 sigma as reported on standard
[4]  Sensitivity  : ± 0.1 ppm of Oxygen (Resolution : 0.001 ppm)
[5] Analysis Time    :  5 minutes (Complete analysis Including Out gas)
[6]  Detection Method            : High sensitive NDIR based on latest solid state devices  
[7]  Sample Weight  :  Range : 0.01 to 20 gms
[8] Calibration  : Dual Mode – By(i) Dosing Cavity in the system and
     : (ii) using Calibration Standards of different matrices.

For detailed specification please e-mail us.